Method and Apparatus for Identifying, Authenticating, Tracking and Tracing Manufactured Items

1. A method for authenticating manufactured items stored in a shipping container, wherein an amount of identifying information for the manufactured items produced on a production line and stored in the shipping container establishes a first storage requirement for a database, and the identifying information for each respective manufactured item includes a unique item identification code for the respective manufactured item and an instance of a shipping container identification code for the shipping container, the method comprising: generating, at a processing device, the unique item identification code for each respective manufactured item, the unique item identification code being an encrypted version of first production details for the respective manufactured item, and the first production details including a product information code and a counter value indicative of a production run of the production line that produced the respective manufactured item, wherein the unique item identification code for the respective manufactured item is generated by combining the product information code and the counter value to obtain an item identifier for the respective manufactured item, combining the item identifier with a noise code to obtain a resulting code, the noise code being generated based on a dynamic secret code and a static code matrix, and obfuscating the resulting code to obtain the unique item identification code for the respective manufactured item; marking, via a marking device, each of the manufactured items produced on the production line with a corresponding one of the unique item identification codes; storing, in a database, the shipping container identification code in association with each of two or more ranges of first production details for the manufactured items produced on the production line, wherein each of the two or more ranges of first production details are defined by the first production details of a first manufactured item and a last manufactured item from among each of the two or more ranges of first production details for the manufactured items, the two or more ranges of first production details are non-sequential ranges of first production details, the shipping container identification code is linked with the two or more ranges of first production details using only the first production details of a first manufactured item and a last manufactured item from among each of the two or more ranges of first production details for the manufactured items, and an amount of data associated with the shipping container identification code and the two or more ranges of first production details establish a second storage requirement for the database, the second storage requirement being smaller than the first storage requirement; performing, in the processing device, a decryption operation on a received unique item identification code of a remote manufactured item using a stored encryption key to obtain first production details for the remote manufactured item determining, in the processing device, whether the first production details for the remote manufactured item fall within one of the two or more ranges of first production details; and identifying, in the processing device, the remote manufactured item as a counterfeit item in response to determining that the first production details for the remote manufactured item do not fall within one of the two or more ranges of first production details.

2. The method of claim 1 , wherein the counter value for each respective manufactured item produced at the same time during the same production run is different.

3. The method according to claim 1 , wherein the product information code includes at least one of production location, production date or production time.

4. The method according to claim 1 , the method further comprising: reading the unique item identification code on a marked manufactured item among the manufactured items produced on the production line.

5. The method according to claim 4 , further comprising: storing a location of the marked manufactured item determined from the reading of the unique item identification code on the marked manufactured item.

6. The method according to claim 1 , the method further comprising: reading the unique item identification code on a marked manufactured item among the manufactured items produced on the production line as the marked manufactured item leaves the production line.

7. The method according to claim 1 , the method further comprising: identifying a range among the two or more ranges of first production details including the first production details for the remote manufactured item; identifying the shipping container from the range among the two or more ranges of first production details; and locating the shipping container.

8. The method according to claim 1 , wherein the manufactured items are cartons for tobacco products.

9. The method according to claim 1 , wherein the manufactured items are cartons arranged to hold smoking articles.

10. The method according to claim 1 , wherein the two or more ranges of first production details are allocated a specified number of bytes of memory; and the specified number of bytes of memory is less than a specified number of bytes in a memory storing the unique item identification code for each of the manufactured items in association with a separate instance of the shipping container identification code for the shipping container.

11. The method according to claim 10 , wherein each range of first production details uses no more than 16 bytes of storage space.

12. A system for authenticating manufactured items stored in a shipping container, the system comprising: a database having a first storage requirement based on an amount of data associated with identifying information for the manufactured items, the identifying information for each respective manufactured item including a unique item identification code for the respective manufactured item, and an instance of a shipping container identification code for the shipping container; a first processing device configured to generate the unique item identification code for each respective manufactured item, the unique item identification code being an encrypted version of first production details for the respective manufactured item, and the first production details including a production information code and a counter value indicative of a production run of a production line that produced the respective manufactured item, wherein the unique item identification code for the respective manufactured item is generated by combining the product information code and the counter value to obtain an item identifier for the respective manufactured item, combining the item identifier with a noise code to obtain a resulting code, the noise code being generated based on a dynamic secret code and a static code matrix, and obfuscating the resulting code to obtain the unique item identification code for the respective manufactured item, store, in the database, the shipping container identification code in association with each of two or more ranges of first production details for the manufactured items produced on the production line,, wherein each of the two or more ranges of first production details are defined by the first production details of a first manufactured item and a last manufactured item from among each of the two or more ranges of first production details for the manufactured items, the two or more ranges of first production details are non-sequential ranges of first production details, the shipping container identification code is linked with the two or more ranges of first production details using only the first production details of a first manufactured item and a last manufactured item from among each of the two or more ranges of first production details for the manufactured items, and an amount of data associated with the shipping container identification code and the two or more ranges of first production details establish a second storage requirement for the database, the second storage requirement being smaller than the first storage requirement; and a second processing device configured to perform a decryption operation on a received unique item identification code of a remote manufactured item using a stored encryption key to obtain first production details for the remote manufactured item, determine whether the first production details for the remote manufactured item fall within one of the two or more ranges of first production details, and identify the remote manufactured item as a counterfeit item in response to determining that the first production details for the remote manufactured item do not fall within one of the two or more ranges of first production details.

13. The system according to claim 12 , wherein the manufactured items are cartons for tobacco products.

14. The system according to claim 12 , wherein the manufactured items are cartons arranged to hold smoking articles.

15. The system according to claim 12 , wherein the two or more ranges of first production details are allocated a specified number of bytes of memory; and the specified number of bytes of memory is less than a specified number of bytes in a memory storing the unique item identification code for each of the manufactured items in association with a separate instance of the shipping container identification code for the shipping container.

16. The system according to claim 15 , wherein each range of first production details uses no more than 16 bytes of storage space.